Aim-TTi TGP3121 Pulse Generator, 1 MHz min, 50 MHz max

RS-stocknr.:: 112-0946
Fabrikantnummer:: TGP3121
Fabrikant:: Aim-TTi

Aim-TTi TGP3121 Pulse Generator, 1 MHz min, 50 MHz max

Subtotaal (1 eenheid)*

€ 1.671,58

(excl. BTW)

€ 2.022,61

(incl. BTW)

GRATIS bezorging voor bestellingen vanaf € 75,00

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Plus verzending 2 stuk(s) vanaf 10 april 2026

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1 +	€ 1.671,58

*prijsindicatie

RS-stocknr.:: 112-0946
Fabrikantnummer:: TGP3121
Fabrikant:: Aim-TTi

Specificaties

Datasheets

Wetgeving en conformiteit

Productomschrijving

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Alles selecteren	Attribuut	Waarde
	Merk	Aim-TTi
	Maximum Frequency	50MHz
	Product Type	Pulse Generator
	Minimum Frequency	1MHz
	Maximum Pulse Width	999.99999999s (Pulse), 499.99999999s (Double Pulse)
	Modes	Triggered, Sweep, Square, Pulse, Policy Based Routes, Pattern, Noise, Modulation, Function, Double Pulse, Burst, Arbitrary
	Minimum Pulse Width	10ns
	Maximum Pulse Delay	999.99999998s (Pulse), 999.99999996s (Double Pulse)
	Minimum Pulse Delay	0ns
	Adjustable Output Amplitude	Yes
	Jitter	30%
	Rise - Fall Time	799.99s
	Input Impedance	10kΩ
	Minimum Operating Temperature	5°C
	Maximum Operating Temperature	40°C
	Weight	3.2kg
	Standards/Approvals	No
	Interface Type	Remote, GPIB, LAN, USB 2.0, USB, LXI
	Width	250 mm
	Height	97mm
	Length	295mm
	Calibrated	RSCAL

	Alles selecteren
	Merk Aim-TTi
	Maximum Frequency 50MHz
	Product Type Pulse Generator
	Minimum Frequency 1MHz
	Maximum Pulse Width 999.99999999s (Pulse), 499.99999999s (Double Pulse)
	Modes Triggered, Sweep, Square, Pulse, Policy Based Routes, Pattern, Noise, Modulation, Function, Double Pulse, Burst, Arbitrary
	Minimum Pulse Width 10ns
	Maximum Pulse Delay 999.99999998s (Pulse), 999.99999996s (Double Pulse)
	Minimum Pulse Delay 0ns
	Adjustable Output Amplitude Yes
	Jitter 30%
	Rise - Fall Time 799.99s
	Input Impedance 10kΩ
	Minimum Operating Temperature 5°C
	Maximum Operating Temperature 40°C
	Weight 3.2kg
	Standards/Approvals No
	Interface Type Remote, GPIB, LAN, USB 2.0, USB, LXI
	Width 250 mm
	Height 97mm
	Length 295mm
	Calibrated RSCAL

Datasheet

Land van herkomst:: GB

Aim-TTi Pulse Generator, 10 kO Input Impedance, 1 Channel - 59120-5540

This multifunctional pulse generator by Aim-TTi offers precision and reliability in generating pulses of varying frequencies. With adjustable output amplitude and the ability to function in both benchtop and rack mount configurations, this pulse generator is suitable for a wide range of applications in industries such as automation and electronics.

Features & Benefits

• Adjustable output amplitude to cater to diverse requirements

• Compact dimensions suitable for both rack and benchtop mounting

• Wide frequency range, including double pulse and pulse modes

• Impressive features such as jitter control and asynchronous operation

Applications

• Stress testing designs with defined jitter and delays

• Simulation of clock frequency with glitch-free parameter changes

• Data sequencing for serial data testing

• Pulse signal conditioning for application in signal characterisation

• Testing of Op Amp slew rate and asymmetrical characteristics

Can it be used for stress testing designs requiring defined jitter?

Yes, it can be utilised for stress testing designs requiring defined jitter, offering precise control over timing parameters.

Does it support clock frequency simulation with glitch-free parameter changes?

Yes, it supports clock frequency simulation with glitch-free parameter changes, ensuring accurate and seamless adjustments.

Is it suitable for data sequencing patterns in serial data testing?

Yes, it is suitable for generating data sequencing patterns in serial data testing, providing flexibility and control over signal timing.

How can it be used in Op Amp slew rate and asymmetrical characteristic testing?

The pulse generator can be used to create specific pulse waveforms to test Op Amp slew rate and asymmetrical characteristics, facilitating accurate performance evaluation.

What kind of pulse signal conditioning tasks can this generator perform?

The generator can perform various pulse signal conditioning tasks, including pulse shaping, amplitude modulation, and pulse width modulation, offering versatility in signal generation and manipulation.